Handle attachment for flashlight to form baton

ABSTRACT

The present invention relates to a handle ( 10   a ) for attaching to a flashlight ( 8 ) to form a baton ( 6 ). The flashlight ( 8 ) is of the type comprising a switch ( 2 ) for activating the flashlight light. The handle ( 10   a ) comprises a handle body ( 20   a ), attachment means for attaching said handle body ( 20   a ) to a flashlight ( 8 ), and an actuator fitted to said handle body ( 20   a ). When the handle body ( 20   a ) is attached to the flashlight ( 8 ) such that said actuator is positioned in register with the switch ( 2 ), actuation of the actuator will actuate the switch ( 2 ). A baton ( 6 ) comprising the handle ( 10   a ), a kit for forming the baton ( 6 ) and a method for forming the baton ( 6 ) are also provided.

The present application is related to, and claims benefit from, U.S. provisional patent application 60/461,408.

FIELD OF THE INVENTION

The present invention provides a handle, and method for attaching the handle to a flashlight to form a baton, the handle being specially adapted to enable operation of the flashlight after attachment.

BACKGROUND TO THE INVENTION

Batons and flashlights are widely used by police officers and security guards. Flashlights can be desirably incorporated into batons thereby removing the need for such personnel to carry both a baton and a flashlight. There are many proposals in the prior art directed toward combining flashlights with baton like security sticks.

U.S. Pat. No. 4,739,990 discloses a self-defence/attack device adapted to contain a flashlight and a side handle projection to hold the device, however, it is not a baton per Be owing to its relatively small size. Similarly, the security stick of U.S. Pat. No. 3,737,649 can not be considered a baton due to the absence of a handle. Neither of these devices are compatible for use with existing flashlights.

Other security sticks provide flashlights as well as additional security features including audible alarms (U.S. Pat. No. 2,908,901), guns (U.S. Pat. No. 2,625,764), and electric shock generators (U.S. Pat. No. 4,486,807). Such devices are specially manufactured and are not compatible for use with existing flashlights.

U.S. Pat. No. 2,257,227 discloses a baton with a flashlight at one end wherein a groove is provided near the handle to operate the flashlight switch. This arrangement is not well adapted for single-hand operation of both the baton and flashlight.

There is a need for a handle which can be attached to an existing flashlight to form a baton.

SUMMARY OF THE INVENTION

According to one aspect of the present invention, there is provided a handle for attaching to a flashlight to form a baton, the flashlight being of the type comprising a switch for activating the light of the flashlight, said handle comprising:

a handle body;

attachment means for attaching said handle body to a flashlight; and

an actuator fitted to said handle body, wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.

The invention is particularly adapted to actuating switches of the press-button type by said actuator pressing said press-button.

Preferably, said actuator is contained within said handle body.

Preferably, said actuator returns to a standby position after said actuator presses said press-button switch.

Even more preferably, said actuator comprises a spring for returning said actuator to said standby position.

Preferably, said actuator comprises an actuator rod that can be positioned directly over said press-button switch when said handle body is attached to said flashlight.

Preferably, said attachment means is provided by a clamping collar.

Even more preferably, said collar has a switch access hole such that a user can access the flashlight press-button switch with a finger when the switch access hole is coincident with the press-button switch.

In another aspect, there is provided a baton comprising:

a flashlight comprising a switch for activating the flashlight; and

a detachable handle attached to said flashlight to form a baton, said handle comprising a handle body, attachment means for attaching said handle body to a flashlight and an actuator fitted to said handle body, wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.

In another aspect, there is provided a kit comprising:

a flashlight comprising a switch for activating the flashlight; and

a handle for attaching to said flashlight to form a baton, said handle comprising a handle body, attachment means for attaching said handle body to a flashlight and an actuator fitted to said handle body, wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.

According to a further aspect of the present invention, there is provided a method for forming a baton from a flashlight and a handle; the flashlight comprising a switch for activating the flashlight light; said handle comprising a handle body, attachment means for attaching said handle body to a flashlight, and an actuator fitted to said handle body; said method comprising:

attaching said handle body to said flashlight using said attachment means such that said actuator is positioned in register with said switch, wherein actuation of said actuator will actuate said switch.

According to a further aspect of the present invention, there is provided a handle for attaching to a flashlight to form a baton, the flashlight being of the type comprising a switch for activating the light of the flashlight, said handle comprising:

a handle body; and

attachment means for attaching said handle body to the flashlight, said attachment means comprising a collar;

wherein said collar has a switch access hole such that a user can access and actuate the flashlight switch with a finger when the switch access hole is co-incident with the switch.

BRIEF DESCRIPTION OF THE DRAWINGS

A preferred embodiment of the invention will now be described in relation to the accompanying drawings in which:

FIG. 1 shows a partially sectioned view of a baton formed by attaching a handle to a conventional security flashlight according to an embodiment of the present invention;

FIGS. 2 a-2 e show single-handed operation of a baton;

FIG. 3 shows a rear view of a baton handle according to an embodiment of the present invention;

FIG. 4 shows a sectioned rear view of the baton handle of FIG. 3;

FIG. 5 shows a side elevation view of the baton handle of FIG. 3;

FIG. 6 shows a partially sectioned side elevation view of the baton handle of FIG. 3; and

FIG. 7 shows a partially sectioned rear view of the baton handle according to an embodiment of the present invention.

DESCRIPTION OF THE PREFERRED EMBODIMENT

Batons are t-shaped devices comprising a stick with an orthogonally attached handle. A conventional security flashlight 8, also often referred to as a torch, can be modified by securely attaching a handle 10 in accordance with a preferred embodiment of the present invention to form a baton 6. This general configuration is shown in FIG. 1. Security flashlights suitable for this application include those marketed under the name MAG-LITE having a press-button switch 2. (MAG-LITE is a trade mark of Nag Instruments of Ontario, Calif., USA) Press-button switches are also often referred to as push-button or toggle switches.

According to one embodiment of the present invention, an actuator having an actuator rod 12 a is fitted to a handle body 20 a and has an end portion 13 a which protrudes from the free end of the handle 10 a. When the handle is attached to a flashlight, with the actuator rod 12 a in register with the press-button of the flashlight 8, a user 4 can press the end Portion 13 a of the actuator rod with a thumb whilst gripping the handle 10 a. Some examples of how the baton 6 may be manipulated by the user 4 during single-handed operation are shown in FIGS. 2 a-e.

The handle 10 a is attached to the flashlight 8 with an attachment means. Attaching the handle 10 a such that it coincides with the flashlight's press-button switch 2 gives the overall baton 6 good balance for operational use as shown in FIG. 2. The handle 10 a and/or attachment means must however be adapted to facilitate operation of the press-button switch 2.

An example of a handle 10 b in accordance with a preferred embodiment of the present invention is shown in FIGS. 3-6. Where appropriate, similar numbering is used to show features which are common with the embodiment of FIG. 1. The handle has a handle body 20 b, an attachment means in the form of a clamping collar 14 b for attaching the handle body to the flashlight 8, and an actuator fitted to the interior of the handle body.

The handle body 20 b constitutes a generally cylindrical shape, with a hollow central cavity 25 b in which the actuator is fitted. The handle body 20 b is adapted to fit the hand comfortably by having a curved outer surface 24 b. A flanged free end 26 b minimises the likelihood of the baton slipping from the user's grasp during operation. The handle body 20 b can be made from any suitable material such as a hardened plastic, fibreglass, a moulded alloy or steel.

The clamping collar 14 b is firmly attached to the attaching end of the handle body 20 b. The effective inner diameter of the collar 28 b is adjustable to ensure a firm fit when the handle 10 b is attached to the flashlight 8. The collar 14 b has two free ends 36 which can be temporarily widened by the user 4 so as to permit the flashlight 8 to be placed within the collar 14 b and manipulated into the required position before clamping.

The collar 14 b is integrally formed with the handle body 20 b from hardened plastic. A tapered slit 34 extends radially outward from the free ends 36 and inner surface of the collar 14 b along the handle 10 b, on either side of the actuator rod 12 b. Two holes 32 are also provided on opposite sides of the actuator rod 12 b for accommodating two bolts. Each bolt is accommodated in a hole and passes through a slit 34. Nuts are tightened on the tail of each bolt when attaching the handle 10 b to the flashlight 8. Tightening the two nut and bolt pairs brings the free ends 36 of the collar 14 b closer together, narrowing the slit 34 and thereby clamping the flashlight 8 within the collar 14 b. A screw and threaded hole combination can be used as an alternative to the nut and bolt arrangement. When the flashlight 8 is clamped within the collar 14 b, the handle body 20 b protrudes from the flashlight 8 at a right angle and cannot rotate about its longitudinal axis.

As previously mentioned, the actuator is fitted within a hollow central cavity 25 b of the handle body 20 b. The actuator includes an actuator rod 12 b, compression spring 22 b and plunger 38 b. The actuator rod 12 b runs along the length of the handle body 20 b, passing through the hollow central cavity 25 b of the handle body 20 b, terminating with a plunger 38 at the attaching end of the handle 10 b. The plunger 38 b is positioned directly over the press-button switch 2 of the flashlight 8 when the handle body 20 b is fastened securely to the flashlight 8. The actuator rod 12 b passes through the compression spring 22 b.

The actuator rod 12 b is located centrally within the hollow central cavity 25 b and is laterally supported at either end by abutting the inner wall of the hollow central cavity 25 b. The actuator rod 12 b can longitudinally slide in or out relative to the handle body 20 b as required, with step 40 limiting the extent of inward movement of the actuator rod 12 b.

A fixed endstop pin 44 is fitted securely to the handle body 20 b and passes through a slotted keyway 16 provided in the actuator rod 12 b. This arrangement prevents the rotation of the actuator rod 12 b about its longitudinal axis. When the actuator is in its standby position as shown in FIG. 4, an end portion 13 b of the actuator rod 12 b is flush with the free end of the handle body 20 b and a small gap is present between the plunger 38 b and the press-button switch 2 of the flashlight 8. The compression spring 22 b in the hollow central cavity 25 b of the handle body 20 b abuts the end portion 13 b and step 42 b, so as to maintain the actuator's standby position. The press-button switch 2 is not pressed when the actuator is in its standby position.

When force is longitudinally applied toward the flashlight 8 by a user 4 pressing the end portion 13 b of the actuator rod 12 b, the compression spring 22 b further compresses such that the plunger 38 b presses down on the flashlight press-button switch 2 directly beneath it. Removing this force will cause the compression spring 22 b to expand and the actuator will thus resume its standby position. A section 33 is cut away from the free end of the handle body 20 b which causes a part of the end portion 13 b to protrude from the handle body 20 b, thereby enabling a user 4 to more readily press down on the end portion 13 b of the actuator rod 12 b. When the actuator is depressed, the actuator rod 12 b axially slides in the hollow central cavity 25 b and the fixed endstop pin 44 moves relative to the slotted keyway 16. It will be appreciated that the slotted keyway 16 assists in laterally constraining the motion of the actuator rod 12 b.

Another feature of the preferred embodiment is a switch access hole 50 b provided in the collar 14 b for enabling the user 4 to access the flashlight press-button switch 2 with a finger. When the handle is attached to the flashlight such that the switch access hole 50 b is coincident with the press-button switch 2, the user 4 can directly press the flashlight press-button switch 2 with a finger through the switch access hole 50 b. The actuator provided for in the handle 10 b is effectively in-operable whilst using this feature.

Further detail of the embodiment of FIG. 1 is shown in FIG. 7. The actuator rod 12 a is located centrally within the hollow central cavity 25 a of the handle body 20 a. When the actuator is in the standby position, the end portion 13 a of the actuator rod 12 a slightly protrudes from the free end of the handle body 20 a. There is provided a pair of actuator rod locators 41 for centralising the lateral position of the actuator rod 12 a within the hollow central cavity 25 a. The outer diameter of the actuator rod 12 a is smaller than the inner diameter of the actuator rod locators 41 such that the actuator rod 12 a can slide axially as required. The actuator rod 12 a can also rotate about its longitudinal axis.

The handle body 20 a is adapted to fit the hand comfortably by having a curved outer surface 24 a. A flanged free end 26 a minimises the likelihood of the baton slipping from the user's grasp during operation. A bush 43 is force fitted to the actuator rod 12 a. The bush 43 abuts one actuator rod locator 41 when the actuator is held in the standby position by a compression spring 22 a, the compression spring 22 a thereby abutting an end of the bush 43 and a step 42 a formed by an end of the other actuator rod locator 41. A plunger 38 a is connected to an end of the actuator rod 12 a.

A collar 14 a is provided having two free ends 30. Each free end 30 has a raised lip 35. Each lip 35 has two holes 33 situated on opposite sides of the actuator rod 12 a for accommodating bolts. Tightening two bolts passing through the lips 35, with nuts, causes the free ends 30 to be drawn together thereby clamping the flashlight 8 within the collar 14 a. A switch access hole 50 a is also provided in the collar 14 a.

It will be appreciated by a person skilled in the art that a number of variations to the foregoing embodiment are permissible that fall within the scope of the present invention. For example, the actuator need not be fitted within the handle body 20 and could alternatively be fitted externally to a solid handle body.

Alternative actuators can be substituted for the compression spring actuator detailed in the preferred embodiment for actuating a press-button switch including tension spring and gas chamber equivalents. Alternative actuators can be substituted for actuating other switch types including sliding, lever, tilt or rotary switches.

Some torches have rechargeable batteries with external contacts located in the region of the button. A battery charger for charging the batteries receives the external contacts and charges the battery. In another embodiment, the collar of the handle can be readily modified to incorporate contacts for connecting a battery charger to the external contacts without removing the handle.

These and other modifications will be apparent to persons skilled in the art and should be considered as falling within the scope of the invention described herein. 

1. A handle for attaching to a flashlight to form a baton, the flashlight being of the type comprising a switch for activating the light of the flashlight, said handle comprising: a handle body; attachment means for attaching said handle body to a flashlight; and an actuator fitted to said handle body and operable at a free end of said handle body, wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.
 2. A handle as claimed in claim 1, wherein said switch is a press-button switch which is actuated when said actuator presses said switch.
 3. A handle as claimed in claim 1, wherein said actuator is contained within said handle body.
 4. A handle as claimed in claim 1, wherein said actuator returns to a standby position after said actuator actuates said switch.
 5. A handle as claimed in claim 4, wherein said actuator comprises a spring for returning said actuator to said standby position.
 6. A handle as claimed in claim 2, wherein said actuator comprises an actuator rod that can be positioned directly over said press-button switch when said handle body is attached to said flashlight.
 7. A handle as claimed in claim 1, wherein said attachment means comprises a clamping collar.
 8. A handle as claimed in claim 7, wherein said collar has a switch access hole such that a user can access the flashlight switch with a finger when the switch access hole is co-incident with the switch.
 9. A handle as claimed in claim 7, wherein said collar is integrally formed with said handle body and there is further provided a slit on each of two opposing sides of said handle body, each slit extending radially outward from the inner surface of said collar along said handle such that said flashlight is clamped within said collar when said slits are narrowed through compression thereby attaching said handle body to said flashlight.
 10. A baton comprising: a flashlight comprising a switch for activating the flashlight; and a detachable handle attached to said flashlight to form a baton; said handle comprising a handle body, attachment means for attaching said handle body to a flashlight, and an actuator fitted to said handle body and operable at a free end of said handle body; wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.
 11. A baton as claimed in claim 10, wherein said switch is a press-button switch which is actuated when said actuator presses said switch.
 12. A baton as claimed in claim 11, wherein said actuator returns to a standby position after said actuator presses said press-button switch.
 13. A baton as claimed in claim 11, wherein said actuator comprises an actuator rod that can be positioned directly over said press-button switch when said handle body is attached to said flashlight.
 14. A baton as claimed in claim 10, wherein said attachment means comprises a clamping collar.
 15. A baton as claimed in claim 14, wherein said collar is integrally formed with said handle body and there is further provided a slit on each of two opposing sides of said handle body, each slit extending radially outward from the inner surface of said collar along said handle such that said flashlight is clamped within said collar when said slits are narrowed through compression thereby attaching said handle body to said flashlight.
 16. A kit for forming a baton, said kit comprising: a flashlight comprising a switch for activating the flashlight; and a handle for attaching to said flashlight to form a baton; said handle comprising a handle body, attachment means for attaching said handle body to a flashlight, and an actuator fitted to said handle body and operable at a free end of said handle body; wherein when said handle body is attached to said flashlight such that said actuator is positioned in register with said switch, actuation of said actuator will actuate said switch.
 17. A kit as claimed in claim 16, wherein said switch is a press-button switch which is actuated when said actuator presses said switch.
 18. A kit as claimed in claim 17, wherein said actuator returns to a standby position after said actuator presses said press-button switch.
 19. A kit as claimed in claim 17, wherein said actuator comprises an actuator rod that can be positioned directly over said press-button switch when said handle body is attached to said flashlight.
 20. A kit as claimed in claim 16, wherein said attachment means comprises a clamping collar.
 21. A kit as claimed in claim 20, wherein said collar is integrally formed with said handle body and there is further provided a slit on each of two opposing sides of said handle body, each slit extending radially outward from the inner surface of said collar along said handle such that said flashlight is clamped within said collar when said slits are narrowed through compression thereby attaching said handle body to said flashlight.
 22. A method for forming a baton from a flashlight and a handle; the flashlight comprising a switch for activating the flashlight light; said handle comprising a handle body, attachment means for attaching said handle body to a flashlight, and an actuator fitted to said handle body and operable at a free end of said handle body; said method comprising: attaching said handle body to said flashlight using said attachment means such that said actuator is positioned in register with said switch, wherein actuation of said actuator will actuate said switch.
 23. A method as claimed in claim 22, wherein said switch is a press-button switch which is actuated when said actuator presses said switch.
 24. A method as claimed in claim 23, wherein said actuator returns to a standby position after said actuator presses said press-button switch.
 25. A method as claimed in claim 23, wherein said actuator comprises an actuator rod that can be positioned directly over said press-button switch when said handle body is attached to said flashlight.
 26. A method as claimed in claim 22, wherein said attachment means comprises a clamping collar.
 27. A method as claimed in claim 26, wherein said collar is integrally formed with said handle body and there is further provided a slit on each of two opposing sides of said handle body, each slit extending radially outward from the inner surface of said collar along said handle such that said flashlight is clamped within said collar when said slits are narrowed through compression thereby attaching said handle body to said flashlight.
 28. A handle for attaching to a flashlight to form a baton, the flashlight being of the type comprising a switch for activating the light of the flashlight, said handle comprising a handle body; and attachment means for attaching said handle body to the flashlight, said attachment means comprising a collar; wherein said collar has a switch access hole such that a user can access and actuate the flashlight switch with a finger when the switch access hole is co-incident with the switch. 